Applications of Amorphous Boron Powder

Applications of Amorphous Boron Powder

Due to high chemical activity, high melting point, high hardness, high energy density and excellent neutron absorption performance, amorphous boron powder is a key functional material widely used in military industry, aerospace, metallurgy, electronics, nuclear industry and chemical industry.

1. Metallurgy & Steel Industry

  • Additive for boron steel and high-strength steel to improve hardenability, strength, hardness and toughness, applied in automobiles, engineering machinery, bearings and gears.
  • Used as deoxidizer and desulfurizer for steelmaking to refine grains and purify molten steel.
  • Alloying agent for aluminum, copper, nickel and titanium alloys to enhance wear resistance, heat resistance and corrosion resistance.

2. Aerospace & Military Industry

  • Core raw material of high-energy fuel-rich propellant for solid rockets and missiles to boost specific impulse and combustion efficiency.
  • Applied in initiators, pyrotechnics and delay agents for military supplies and automobile airbags.
  • Raw material for boron-based composite materials for high-temperature structural parts, engine components and brake pads.

3. Advanced Ceramics & Superhard Materials

  • Raw material for producing boron carbide, boron nitride, titanium boride, zirconium boride and other boron-based ceramics.
  • Used for bulletproof plates, wear-resistant parts and high-temperature refractory materials.
  • Sintering aid and superhard abrasive polishing powder.

4. Electronics & Semiconductors

  • High-purity boron powder serves as P-type dopant for silicon wafers to manufacture diodes, transistors and chips.
  • Applied in electronic paste, electrodes, vacuum coating and sputtering target materials.
  • Manufacturing high-temperature electronic components and infrared devices.

5. Nuclear Industry

  • Excellent thermal neutron absorption material, used for nuclear reactor control rods, radiation shielding materials and neutron counting devices.

6. New Energy Industry

  • Electrode additive for lithium batteries to improve electrical conductivity, rate performance and cycle life.
  • Research and development raw material for new-type batteries and hydrogen storage materials.

7. Welding & Brazing

  • Brazing flux for stainless steel and high-temperature alloys, removing oxide film and improving wettability and welding tightness.

8. Chemical Industry, Catalysis & Anti-corrosion

  • Basic raw material for synthesizing borides and organic boron compounds.
  • Catalyst for chemical reactions, flame retardant and metal anti-rust material.
  • Reinforcing filler for polymer materials.

9. Other Fields

  • Raw material of high-purity boron fertilizer in agriculture.
  • Applied in medical boron drugs, biological tracing agents and antibacterial materials.
  • 3D printing composite powder for high-temperature alloys and ceramics.

Purity Matching Application

  • Industrial grade (85%-95%): Metallurgy, refractory materials, ordinary ceramics, welding
  • High purity (99%-99.9%): Electronic paste, batteries, military supplies, high-grade ceramics
  • Ultra-high purity (99.99%-99.999%): Semiconductor doping, nuclear industry, high-end electronic components
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